The origin pump station at Harvard on a 50 mile pipeline consists of two pumps in series, each developing 1450 ft of head at 3000 bbl/hr.
The origin pump station at Harvard on a 50 mile pipeline consists of two pumps in series, each developing 1450 ft of head at 3000 bbl/hr.
The origin pump station at Harvard on a 50 mile pipeline consists of two pumps in series, each developing 1450 ft of head at 3000 bbl/hr. Diesel fuel (specific gravity 0.85 and viscosity 5.9 cSt) is pumped from Harvard to a delivery terminal at Banning. The required discharge pressure at Harvard has been calculated to be 995 psi. The pump station suction pressure is maintained at 50 psi. Use a combined pump efficiency of 84% at the given flow rate.
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(a) Analyze the pump station pressures and determine the amount of throttle pressure and HP wasted.
(b) If electrical energy costs 10 cents/kWh, estimate the dollars lost in control valve throttling.
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The Harvard pump station, located on a 50-mile pipeline, consists of two pumps connected in series, each producing 1450 ft of head at 3000 bbl/hr.
The Harvard pump station, located on a 50-mile pipeline, consists of two pumps connected in series, each producing 1450 ft of head at 3000 bbl/hr.
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The Harvard pump station, located on a 50-mile pipeline, consists of two pumps connected in series, each producing 1450 ft of head at 3000 bbl/hr. Diesel fuel (specific gravity 0.85 and viscosity 5.9 cSt) is pumped from Harvard to a Banning distribution port. Harvard’s required discharge pressure has been calculated to be 995 psi. The suction pressure at the pump station is kept at 50 psi. Make use of a combined pump efficiency.
